Libby Robinson

Libby Robinson

United Kingdom
443 followers 415 connections

About

Environmental specialist and geoscientist experienced at applying scientific evidence…

Activity

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Experience

  • Nature Positive Graphic

    Nature Positive

    Chester, England, United Kingdom

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    Chester, England, United Kingdom

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    Chester, England, United Kingdom

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    London, England, United Kingdom

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    Abingdon, Oxfordshire

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    Abingdon, Oxfordshire

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    Abingdon, Oxfordshire

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    Abingdon, Oxfordshire

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    London, United Kingdom

Education

  • University of Southampton Graphic

    University of Southampton

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    Organic geochemistry, isotopic analysis and palynology of Cretaceous sediments from the Western Interior Seaway (US/Canada) to assess changing climates and environments during the hottest period the world has seen in the past 100 million years.

    - Devised and managed the PhD project, generated and maintained key contacts and collaborations, undertook remote field work and subsequently analysed 100s of samples within multiple lab environments.

    - Independent research and critical…

    Organic geochemistry, isotopic analysis and palynology of Cretaceous sediments from the Western Interior Seaway (US/Canada) to assess changing climates and environments during the hottest period the world has seen in the past 100 million years.

    - Devised and managed the PhD project, generated and maintained key contacts and collaborations, undertook remote field work and subsequently analysed 100s of samples within multiple lab environments.

    - Independent research and critical analysis of academic literature, and experience writing in a succinct and intelligible manner.

    - Taught and assisted on geological undergraduate field trips, and mentored a MSci student who worked with my data.

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    Activities and Societies: Secretary of the Lancaster University Backpackers Society

    Dissertation: A study of the Indus Molasse at Lato, Ladakh (India) to assess its geologic history and what implication this evidence has on our understanding of the uplift of the Himalaya

Publications

  • Analysis of Liquid Resource Play Potential in China

    Unconventional Resources Technology Conference (AAPG, SEG, SPE)

    The overwhelming impact of unconventional exploration in the United States of America has sparked global interest in the development of shale resource plays. In China, although shale gas exploration has been a key focus in the past five years, particularly in the Sichuan Basin, potential for liquid unconventionals is high; the country was ranked third in global potential shale oil resources by the Energy Information Administration in 2013. The success of any unconventional play is dependent on…

    The overwhelming impact of unconventional exploration in the United States of America has sparked global interest in the development of shale resource plays. In China, although shale gas exploration has been a key focus in the past five years, particularly in the Sichuan Basin, potential for liquid unconventionals is high; the country was ranked third in global potential shale oil resources by the Energy Information Administration in 2013. The success of any unconventional play is dependent on the characteristics of the targeted sediment package, which are controlled by regional geology, stress regime, and thermal maturity. This study integrates publically available depositional, tectonic and geochemical information and uses a biostratigraphically-constrained sequence stratigraphic model to assess liquid-rich resource play potential across China, high-grading key formations and analysing the impact of tectonics upon prospectivity. Structural cross sections and vitrinite reflectance data are utilised to constrain the depth of the paleo-oil window across the Sichuan, Ordos, Junggar, and Bohaiwan basins. Oil-mature formations are then assessed for unconventional potential based upon burial depth, thickness, Rock Eval parameters, vitrinite reflectance (vRo), rock properties and gross environment of deposition. The effect of tectonics upon thermal maturity is shown to play a key role in the spatial distribution of possible pseudo-“sweet spots”; in the Junggar and Santanghu basins, where Permian shales are candidates for exploration, prospectivity is dependent on burial depth and preservation. The study also draws comparisons between lacustrine shales in China, Australia, Brazil, South Africa and the U.S. The iterative workflow presented in this study allows temporal and spatial high-grading of shale deposits for liquid unconventional potential, and it is therefore a powerful tool to aid future unconventional exploration across China and other data-poor regions

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